I work as a graduate teaching assistant for the ME 370 (Vibration of Mechanical Systems) course taught by Dr. Anne Martin during the Fall 2024 semester.

From joining the Intelligent Vehicles and Systems Group supervised by Dr. Sean Brennan as a research intern, I work on the Automated Driving System (ADS) Construction Zones project with PennDot as the main sponsor. The goal of the project is to safely integrate autonomous vehicles (AVs) into work zones. One of the main tasks I do is related to data analysis of AVs by developing MATLAB codes that push and pull data from SQL servers to identify safety concerns for the AVs. Another main task I do… Show more From joining the Intelligent Vehicles and Systems Group supervised by Dr. Sean Brennan as a research intern, I work on the Automated Driving System (ADS) Construction Zones project with PennDot as the main sponsor. The goal of the project is to safely integrate autonomous vehicles (AVs) into work zones. One of the main tasks I do is related to data analysis of AVs by developing MATLAB codes that push and pull data from SQL servers to identify safety concerns for the AVs. Another main task I do is related to software support of mapping vehicles by writing MATLAB codes that plot data obtained in ENU and LLA coordinates from communication with the AV and the C-V2X and wireless network setup. Show less

I grade homework and examinations in a timely manner by following established rubrics and grading scales for the ME 370 (Vibration of Mechanical Systems) course. I also serve as a proctoring assistant during examinations and provide feedback to faculty about student's progress and common difficulties. I have worked under Dr. Scott Lewis in Fall 2023 and worked under Dr. Alok Sinha in Spring 2024.

I am assisting two projects done for the Smart City Laboratory led by Dr. Satadru Dey at Pennsylvania State University. I work with Shashank Vyas (PhD student) for the transportation networks project to mainly improve the safety and security issues that modern vehicle control systems could cause. This is done by adding and testing various changes in vehicle network that needs to be made. I also work with Shanthan Padisala (PhD student) for the battery analysis project to mainly improve battery… Show more I am assisting two projects done for the Smart City Laboratory led by Dr. Satadru Dey at Pennsylvania State University. I work with Shashank Vyas (PhD student) for the transportation networks project to mainly improve the safety and security issues that modern vehicle control systems could cause. This is done by adding and testing various changes in vehicle network that needs to be made. I also work with Shanthan Padisala (PhD student) for the battery analysis project to mainly improve battery efficiencies. This is done by collecting and analyzing data of voltage change at a certain temperature as time passes. As the data is analyzed, I contribute by coming up with certain factors that could be changed with specific methods. Show less

I served as a teaching assistant and course facilitator for Physics 212 (General Physics: Electricity and Magnetism) by individually helping rising engineering sophomore undergraduate students who had questions about the content and hosting evening facilitation sessions for students to build teamwork and make an engaging environment.

I assist in developing the navigation, path planning, controls, localization, and mapping for the Chevrolet Bolt which is an autonomous vehicle that is used in the GM-SAE Autodrive Challenge II. These tasks are done by using MATLAB Simulink to demonstrate closed-loop route planning between two points, collision avoidance with dynamic actors, and test against scenario variations. For the Spring 2024 semester, I am working on the MathWorks Simulation Challenge as a member of the senior capstone… Show more I assist in developing the navigation, path planning, controls, localization, and mapping for the Chevrolet Bolt which is an autonomous vehicle that is used in the GM-SAE Autodrive Challenge II. These tasks are done by using MATLAB Simulink to demonstrate closed-loop route planning between two points, collision avoidance with dynamic actors, and test against scenario variations. For the Spring 2024 semester, I am working on the MathWorks Simulation Challenge as a member of the senior capstone project class(ME 440W) to achieve the goal of the Bolt navigating through an urban driving environment in SAE Level 4 autonomous driving mode. Show less

I check that residents in the student dormitory are following rules made by Penn State Housing and help the residents build good relationships and a well-united community by coming up with community builders.

I assist teaching mathematical skills for students in class and address to the professors in this course about feedback and improvements that students talk about. I have supervised Math 141 (Calculus 2) in the Spring 2023 semester and am currently supervising Math 140 (Calculus 1) in the Fall 2023 semester.

Worked as a mechanical systems engineering intern to ensure the quality assurance of structural and electrical components of the products manufactured by FCS which mainly are the PermaNET SU (single unit correlating telemetry noise logger) and Bmic (Electronic Leak Sounding System). This task was done by doing several tests using the IDT APK app to distinguish the elements that worked well from that didn't. Used circuit and mechanical system analysis to repair the electrical components… Show more Worked as a mechanical systems engineering intern to ensure the quality assurance of structural and electrical components of the products manufactured by FCS which mainly are the PermaNET SU (single unit correlating telemetry noise logger) and Bmic (Electronic Leak Sounding System). This task was done by doing several tests using the IDT APK app to distinguish the elements that worked well from that didn't. Used circuit and mechanical system analysis to repair the electrical components that didn't function well. Helped come up with solutions to increase the average lifespan of the products and decrease the occurrence of mechanical problems. Show less